public void FindInstructionUsesCond()
{
m.Assign(ax, m.IAdd(ax, cx));
m.Assign(SCZ, m.Cond(ax));
var block = m.CurrentBlock;
m.Assign(dx, m.IAdd(m.IAdd(dx, bx), CF));
m.Return();
var cm = rw.FindConditionOf(block.Statements, 0, ax);
var asc = rw.FindUsingInstruction(block.Statements, cm.StatementIndex, new AddSubCandidate {
Left = ax, Right = cx
});
Assert.AreEqual("dx = dx + bx + C", block.Statements[asc.StatementIndex].Instruction.ToString());
}
public void Larw_FindInstructionUsesCond()
{
RunTest(m =>
{
m.Assign(ax, m.IAdd(ax, cx));
m.Assign(SCZ, m.Cond(ax));
block = m.CurrentBlock;
m.Assign(dx, m.IAdd(m.IAdd(dx, bx), CF));
m.Return();
});
m.Procedure.Dump(true);
var cm = rw.FindConditionOf(block.Statements, 0, GetId("ax_3"));
//Assert.AreEqual("ax_3,0,SCZ_4,SCZ_4 = cond(ax_3),SCZ_4", string.Format("{0},{1},{2},{3}", cm.src, cm.StatementIndex, cm.Statement, cm.FlagGroup));
var asc = rw.FindUsingInstruction(cm.FlagGroup, new AddSubCandidate(Operator.IAdd, ax, cx));
Assert.AreEqual("dx_8 = dx + bx + C_7", asc.Statement.ToString());
}
